Method of manufacturing defect free nickel armored laboratory and industrial brittleware
OwnerLouis A. Conant, Wilbur M. Bolton +1inventors
InventorsLouis A. Conant, Wilbur M. Bolton, James E. Wilson
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OwnerLouis A. Conant, Wilbur M. Bolton +1inventors
InventorsLouis A. Conant, Wilbur M. Bolton, James E. Wilson
Estimating the term…
A method of producing improved metal coated glassware and other brittle, non-metallic engineering materials, including items for laboratory and industry, which items are ordinarily brittle and subject to breakage or rupture under relatively low pressures and relatively minor impacts, said method utilizing an anti-bonding film, such as graphite, between the external surface of the glass, and a metal coating, which is generally chemically vapor deposited. The coated products have good impact strength, shock resistance, good heat distribution, good pressure capability, and an extremely high safety factor. Brittle fracture or rupture is a fracture unaccompanied by plastic or permanent deformation. Brittleness is that quality or property of a material that leads to crack propagation without plastic deformation.
A method for consistently manufacturing defect free nickel armored laboratory and industrial brittleware, which method consists essentially of the steps, in the order given, of
A method for manufacturing laboratory and industrial glassware strengthened by an external coating of nickel and having a layer of an anti-bonding material disposed therebetween, said method consisting essentially of comprising the steps of
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